Charlotte, NC - CATS SC - Technician/Dynamic testing -- 2019-2020Phoenix, AZ - PHX expansion - Trainline Qualification -- Oct 2020 - April 2021Chicago, IL - Supported CTA Bogie Stability Qualification -- April 2021San Diego, CA - SD 9/10 - Trainline Qualification -- June 2021- July 2021Houston, TX - H4 - Load Qualification -- Aug. 2021- March 2022Montreal, CA - VIA Rail - Ride Quality, Cant Deficiency -- Apr. 2022, July-Sep. 2022Portland, OR - P6 - Oct 2022 - Spring 2024 Lead Commissioning/Qualification Engineer, responsible for entire qualification schedule and customer acceptance of first vehicle.Responsible for qualification testing for different light rail vehicles in different cities across the U.S. This includes dynamic/static testing, troubleshooting electrical circuits, mechanical systems, software issues across multiple systems.Responsible for vehicle level type tests of all light rail systems and integration testing of multiple rail systems.

▪ Developed suspension design and managed suspension manufacturing, and maintained suspension BOMo Tested 2018 suspension motion and handling stability on road course, and made necessary changeso Designed 2019 suspension using SolidWorks, MATLAB, Excel, and Abaquso Design goals: lighter suspension, lower CG, and easier to steer

Modeled front suspension in CAD, assisted in suspension design, designed suspension tabs▪ Fabricated suspension components, and tested automobile & suspension systemo Cut and ground tubing for chassis and control arms, and fit suspension to assembled chassisGeneral labor when building the Formula SAE 2017 & 2018 cars▪ Placed 64th/114 overall at Formula SAE Michigan 2018, placed 1st overall out of competing NC teams

▪ Updated tooling database in excel, restocked tooling kits, and replaced used tools▪ Eliminated tool surplus through toolroom reorganization, saved approximately $2000 in unneeded tools

▪ Assembled variable valve timing units (VVT) on assembly lines for Ford, GM, Audi, and Fiat-Chryslero Learned about industrial manufacturing and implementation of lean manufacturing principles▪ Troubleshot robotic system malfunctions, tooling failures, and manufacturing problems with Engineerso Performed root failure analysis, documented scrap count/location, cause & solution, downtime, etc.▪ Implemented tool quality control (TQC) and preventative maintenance on assembly lineso Provided TQC sheets for assembly lines detailing each stations purpose, tooling, and maintenance dates

▪ Simulated bridge deformation under extreme loading, weather, and earthquakes in MATLAB to determine the stability of different bridge designs▪ Co-authored and presented bridge design research report results at NCCU & UNCC Research Convention▪ Coded bridge designs into MATLAB Simulator